Embossing art tools

ABSTRACT

A hand-held and mountable Tongs type embossing art tool having two extended arms joined, with their open ends bent towards each other to create teeth-type tips. Media is pressed between the tips manually to form embossing art. For mechanically pressing, first rivet the rotating pressure plate at the joined of the two arms, then fix the embossing tool on the transparent engraving channel block-cum-tongs embossing tool holder having rotating holder strip. Apply pressure by rotating the pressure plate and slide paper between the two tips to create embossing art. Use the engraving template block with stylus of various tip sizes and shapes as in channel shapes like French curve and straight line with variously colored borders printed at the edge of the channels. Where card paper is to be rested upon the desired channel, pressing and sliding the stylus in the groove of the channel, create your own embossed art.

CROSS-REFERENCE TO RELATED APPLICATIONS

The present application claims U.S. Provisional patent application No. 62/827,022 Filed on 30 Mar. 2019 EFS ID 35581390 Confirmation Number 5292 Customer Number 145717

The entire disclosure is included here in its entirety by reference.

CLASSIFICATION B44B 11/00

Artist's hand tools for sculpting, kneading, carving, engraving, guilloching or embossing; Accessories, therefore.

B44B 11/04

For embossing

B31F 1/07

Embossing of paper or cardboard without removing material included combined deformation and laminating.

STATEMENT REGARDING FEDERALLY SPONSORED RESEARCH OR DEVELOPMENT

Not applicable

REFERENCE TO SEQUENCE LISTING, A TABLE, OR A COMPUTER PROGRAM LISTING COMPACT DISC APPENDIX

Not applicable

BACKGROUND OF THE INVENTION 1. Field of Invention

The invention relates to hand-held and fixable tools for use in hobbies and crafts such as in scrap-books, greeting cards, creative artistic embossing work, photography, etc.

2. Related Art

Several hand-held tools exist for embossing paper or media that use the tools with a template, a light-box, and a stylus in a technique called “Dry Embossing”. The user places the template on a light-box, and places the media on the template. This way, the user can see the pattern of the template's channels through the media, and he/she traces over the pattern by pressing the tip of the embossing tool on the media. The tip forces the paper or media into the template channel to deform the paper to create an embossed pattern, which is a raised pattern when viewed from the other side of the paper.

BRIEF SUMMARY OF THE INVENTIONS

The present invention relates to simple technique of using hand-held and fixable tongs-type embossing tool having pressure plate at the joint of two arms. The tool is fixed on an engraving block-cum-tongs-type embossing tool holder. One can easily use this tool for his/her own desired embossing design art by sliding and pressing both the arms in between the thumb and fingers while card paper is placed in between both tips. One can also use the tongs-type embossing tool without applying manual pressure by fixing the tongs tool on the engraving block-cum-holder with a pressure plate riveted at the joined end of the two arms of the tongs embossing tool.

The present invention also introduces engraving channel template-cum-tongs embossing tool holder in various sizes, shapes, depths and channel widths in curved, straight and French curve shapes for a variety of embossing art of one's own design. In addition to standard embossing techniques used such as with a template and ball head-tip and sphere head-tip stylus, the present invention is a new technique using a tongs-type embossing tool for embossing. The present invention also improves the template and stylus. The stylus has tapering half-circle-curved tips and tapering letter ‘V’-shaped tips and their holder or holding portion of stylus which rest on the index finger with a ball head and magnetic head of adjustable-size finger rings,

The first invention is a hand-held and fixable tool used for embossing art on card paper or similar material and the method of performing the art of embossing. The tool is like a tongs with two elongated arms joined at one end and with the open ends bent inward forming two tips. The tips are like upper and lower teeth. The shapes of the upper and lower tips have vertical oval's half curve and tapered slope from base to the tips. The tip on the upper arm is flat on both sides and the tip on the lower arm has a step like a slot on the inner side of the tip for bending card paper at that place. This is for preventing the upper tip from going down beyond a certain limit and preventing tearing and puncturing of the card paper. At the other end, where the arms are joined, there are three holes. The first hole is for attaching the pressure plate. The other two holes are used for mounting the tongs-type embossing tool on a wooden block. The last hole is also used for tying a wrist strap. The Tongs embossing tool has knurling on the outside of both the arms. The upper arm of the tongs has a marked pointer arrow to allow the setting of required pressure on the pressure plate's dial. The upper arm of the tongs has a color sleeve or marking near the bend in the tip. The Tongs embossing tool has two more versions of designs for extra performance. In the first design, the upper arm's shape is bent in a convex curve and in the second design, the length of the upper teeth-like tip is of greater height to accommodate larger-size paper for embossing. The Tongs embossing tools can be made of metal, plastic and a combination of plastic and metal. This is a handy tool so there are no sharp corners and edges. The present innovation of the tongs-type embossing tool and its method of use are different from the prior invention of a template of half-round shape groove and stylus of ball head tips or sphere head tips of various patented styluses. Each template has one drawing or design on one side and another drawing on the other side. The user has no choice of his/her own drawing.

The second invention is an attachment for the Tongs-type embossing tool, being a round or oval-shaped pressure plate. This attachment is riveted at joint of the two arms of the tongs-type embossing tool in the holes provided. There is vertical knurling along the circumference on the side of the pressure plate. The pressure plate is in two shapes, a round shape for the normal-size tongs-type embossing tool and an oval shape for extended arms size (12″ or more in length) tongs-type embossing tool. The hole in the pressure plate is off the center. Both plates come with a number dial on the top surface for selection of the amount of pressure. Aligning the number on the dial to the arrow line marking on the upper arm of the tongs-type embossing tool sets the pressure level to the corresponding number. Higher the number, more the pressure. The pressure has to be adjusted as per the thickness and stiffness of card paper. These pressure plates are used for applying constant pressure on the paper for even embossing art by selecting a number on the dial. The pressure plate only works when the tongs tool is mounted on the engraving block or on any other surface with screws.

The third invention of the tool is the engraving block-cum-holder for the Tongs embossing tool. The block is made of transparent plastic material, and the rotating holder strip made of hard metal or plastic. This engraving block is rectangular in shape, the top surface has grooves and a metal strip at the end of the small side of the rectangle. The block has channels of three different shapes, namely letter “S” shape, half-round shape and letter “V” shape. Each shape has various depths and widths. These channels have various shapes, such as straight, round, French curve shape and various other shapes. There is colored borderline other than black and white at the edge of each channel groove. The block has four through holes in each corner for mounting purposes of engrave block. Two full thread hole at the edge of small side of rectangle engrave block and middle of the small side of rectangle engrave block for mounting of tongs embossing tool The base of the block has two strips of anti-skid rubber-type material. The micro pyramid shape or the micro convex shape texture finished surface at back side or bottom surface for the even spread of light and light reflection for better viewing of the printed outer border line on the engrave grove channel through the paper at the other side of the engrave block.

The fourth invention is attachable and detachable embossing tips of two different shapes, namely half-round shape and letter ‘ V’ shape. They attach to the arms near the bends of the two teeth-type tips of the tongs-type embossing tool. Made of metal or plastic, the attaching slot surface has four through holes with full threading. The tips are fixed on the arms of the tongs embossing tool with grub screws. The grub screws stay in the holes so they will not injure the user's hands. The tips are like male and female dies.

The fifth invention is triangle stylus. The triangle stylus has tips of three different shapes and sizes at three angles. The backside of the plastic triangle stylus has a round ball shape socket wherein the ball head has a self-adjustable size finger ring to be attached. The triangle stylus rotates on ball head finger ring. Triangle stylus and ball head ring made of plastic materials and triangle stylus made of ferrous metal can be used with magnetic head self-adjustable plastic finger ring.

The sixth invention is an elongated magnetic steel stylus with two differently sized tips at both ends. Stylus sticks to a self-sizing ring with a magnetic head, where there is a magnet on the head of the ring. The ring is made of plastic material stylus made of magnetic steel, ferromagnetic material or plastic tips combined with steel or ferromagnetic metals.

The seventh invention is of letter ‘Z’ shaped plastic stylus. Both ends of the stylus have been bent beyond the middle gripping portion into the letter ‘Z’, and the portion after the gripping portion tapers from all four sides to the edges of tips. Tips are not sharp like razor edges but rounded and are in half-round curve shape and letter ‘V’ shape with side extension and without side extension. The extension is parallel to the surface of the groove Channel, the gripper portion of ‘Z’ shape plastic stylus tapers to the middle center from both sides and the corrugated-shaped gripper portion

BRIEF DESCRIPTIONS OF SEVERAL VIEWS OF THE DRAWINGS

FIG. 1 is a perspective view of one embodiment of the invented simple Tongs-type embossing tool (T) showing teeth-type points (1), slot (2), knurling (3) on outer sides of both arms, arrow marking on upper arm (4), three through countersink holes (5) at the john of two arms, colored sleeve/marking (24) on the upper arm.

FIG. 2 is a perspective view of assembly line for riveting the pressure plate (PP) at the joined end of the two arms of the tongs embossing tool (T) in FIG. 1 with help of bolt (7), two nuts (8) and washer (26) at the off-center through-holes (6) in pressure plate (PP), the number dial (20) on the top surface of the pressure plate. The arrows show the place for attaching of pressure plate (PP).

FIG. 3 is a perspective view of a embodiment of the invented Tongs-type embossing tool (T) and attachment of round pressure plate (PP) in the hole (5) at joint of the two arms. The arrows show the rotating movement of the pressure plate (PP).

FIG. 4 is a perspective view of a embodiment of FIG. 3 showing the pressure plate (PP) at zero dial number (6) of pressure plate (PP) at pressure position and both the tips (1) are apart from each other in no pressure on the upper arm, (open) position.

FIG. 4A is a detailed enlarged view of the tips (1) in an apart (open) position, embossing tool (T) slot (2). Arrows show the movement of two tips (1).

FIG. 5 is a front side view of an embodiment of FIG. 3 showing the round pressure plate (PP) in zero pressure position and both the tips (1) in apart (open) position.

FIG. 6 is a backside view of a two embodiment of FIG. 3 the round pressure plate (PP) in zero pressure position of pressure plate (PP) and both the tips (1) are in apart (open) position.

FIG. 7 is a right side view of a two embodiments of FIG. 3 showing the round pressure plate (PP) in zero pressure position and both the tips (1) in an apart (open) position where bending of two open arms (A) is at a certain angle. The left side view is the same as or mirrors the right side view.

FIG. 8 is a top view of two embodiments of FIG. 3 showing round pressure plate (PP) in zero pressure position and both the tips (1) in apart (open) position with the bottom tip outside and the upper tip inside.

FIG. 9 is a bottom view of a two embodiments of FIG. 3 showing the round pressure plate (PP) in zero pressure position and both the tips (1) in apart (open) position.

FIG. 10 is a perspective view of two embodiments of FIG. 3 showing the round pressure plate (PP) in pressure position at 6 on the dial (20) of pressure plate (PP) and both the tips (1) in touching/close position. Arrows show the movement of the upper arm's tips towards the lower arm's tip. Curved arrow shows the rotational movement of pressure plate (PP), and the lower arm is in a stationary position.

FIG. 11 is a right side view of embodiments of FIG. 10 wherein the card paper (P) is in between both the tips (1).

FIG. 11A is a detailed enlarged view of card paper in between the two tips (1) showing how the embossing art lines are created on card paper.

FIG. 11B is the perspective view of card paper, with the bend (F) of art line in letter “L” shape.

FIG. 11C is a side view of card paper showing the bent (F) letter “L” shape-art line in opposite/mirror image shape to each other.

FIG. 12 is a version of Tongs-type embossing tool (T1), and the upper arm (9) is curved or bent upwards to create more space in between the two arms for accommodate bigger-sized card paper (P) or for book's paper to pass through. Paper (P) is rolled in between two arms.

FIG. 13 is a version of Tongs-type embossing tool's (T2) upper Tooth (10) which is longer in order to create more space in between two arms for accommodate bigger-sized card paper (P) or for book's paper to pass through. Paper (P) is rolled in between two arms.

FIG. 14 is a perspective view of a version of Tongs-type embossing tool made of metal and the grips on upper and lower arms made of rubber/plastic (RP) nonskid material.

FIG. 15 is a perspective view of a version of plastic Tongs-type embossing as well. The Rib (11) is inside the arms.

FIG. 16 is a perspective view of the embodiment of engraving channel block (B)-cum-Tongs-type tool holder. Block is made of a transparent plastic material. The depth of groove channel is half-round (RG), depth of groove channel is letter ‘V’ shape (VG), depth of the groove in letter ‘L’ shape (LG), screw (13), metal plate (12), four through countersunk holes (14).

FIG. 17 is a front side view of the embodiment of FIG. 16 showing nonskid synthetic rubber-base strip (15). The backside view is the same as or mirrors the front side view.

FIG. 18 is a Right side view of an embodiment of FIG. 16 showing a letter “V”-shaped channel groove (VG).

FIG. 19 is a Left side view of an embodiment of FIG. 16 showing a half-round shape channel groove (RG).

FIG. 20 is a top view of an embodiment of FIG. 16 showing a printed borderline at the edge of channel groove, printed in transparent color rather than black and white color.

FIG. 21 is a Bottom view of an embodiment of FIG. 16 showing four through-hole (14) nonskid synthetic rubber-base strip (15), two full threaded cylinder hole (25)

FIG. 22 is a view of color-printing red/blue/green transparent borderline (BP) at the edge of the groove channel.

FIG. 23 is a perspective view of an embodiment of FIG. 16. A broken line from (1)* to (II)* is shown from which the engrave block (B) is cut for side cross-section view. Arrows indicate the direction of sight.

FIG. 23A is a perspective view of an embodiment of FIG. 16 with the arrows indicating the cut sight.

FIG. 24 is a right side view of an embodiment of FIG. 16 showing the portion inside the circle that is enlarged in the next figure.

FIG. 24A is an enlarged view of a selected portion in FIG. 24 showing a detailed view of depth and the letter “V” shape of the groove channel.

FIG. 25 is a left side view of the engraving block and the portion inside the circle that is enlarged in the next figure.

FIG. 25A is an enlarged view of the selected portion of FIG. 25 for a detailed view of the depth and half-round shape of the groove channel

FIG. 26 is a perspective view of the upper attachable embossing tips (AT) of letter ‘V’ shape, having four through threaded holes (16) at the other end of the tips.

FIG. 27 is a perspective view of the lower attachable embossing tips (AT) of letter ‘V’ shape, having four through threaded holes (16) at the other end of the tips.

FIG. 28 is a perspective view of the upper attachable embossing tips (AT) of Half-round shape, having four through threaded holes (16) at the other end of the tips.

FIG. 29 is a perspective view of the lower attachable embossing tips (AT) of Half-round shape, having four through threaded holes (16) at the other end of the tips.

FIG. 30 is a front side view of the upper tip of half-round shape with attachable embossing tips (AT). The backside view is the same as or mirrors the front side view.

FIG. 31 is a right side view of the upper tip of half-round shape with attachable embossing tips (AT). The left side view is the same as or mirrors the right side view.

FIG. 32 is a top view of the upper tip of half-round shape with attachable embossing tips (AT).

FIG. 33 is a bottom view of the upper tip of half-round shape with attachable embossing tips (AT).

FIG. 34 is a front side view of the lower tip of half-round shape with attachable embossing tips (AT). The backside view is the same as or mirrors the front side view.

FIG. 35 is a right side view of the lower tip of half-round shape with attachable embossing tips (AT). The left side view is the same as or mirrors the right side view.

FIG. 36 is a top view of the lower tip of half-round shape with attachable embossing tips (AT)

FIG. 37 is a bottom view of the lower tip of half-round shape with attachable embossing tips (AT).

FIG. 38 is a front side view of the upper tip of letter “V” shape with attachable embossing tips (AT). The backside view is the same as or mirrors the front side view.

FIG. 39 is a right side view of the upper tip of letter “V” shape with attachable embossing tips (AT). The left side view is the same as or mirrors the right side view.

FIG. 40 is a top view of the upper tip of letter “V” shape with attachable embossing tips (AT)

FIG. 41 is a bottom view of the upper tip of “V” shape with attachable embossing tips (AT)

FIG. 42 is a front side view of the lower tip of the letter “V” shape with attachable embossing tips (AT). The backside view is the same as or mirrors the front side view.

FIG. 43 is a right side view of the lower tip of the letter “V” shape with attachable embossing tips (AT). The left side view is the same as or mirror image of the right side view

FIG. 44 is a Top view of the lower tip of the letter “V” shape with attachable embossing tips (AT).

FIG. 45 is a bottom view of the lower tip of the letter “V” shape with attachable embossing tips (AT).

FIG. 46 is a partially enlarged view of the embossing tool where attachable embossing tip (AT) clamp-on tongs-type embossing tool's open span using full threaded no head bolt (22). Arrows show the movement direction of bolts (22).

FIG. 47 is a perspective view of an embodiment of FIG. 3 showing the hard metal plate (12) fixed firmly at the edge of the engraving block (3)—cum—tong embossing tool holder (T).

FIG. 48 is a partial enlarged front view of the upper tip (1) of the embossing tool (T). Back view is the same as or mirror image of the front view.

FIG. 49 is a partial enlarge right side view of the upper tip (1) of tongs-type embossing tool (T). Left side view is the same as or mirror image of the right side view

FIG. 50 is a partially enlarge bottom view of the tip (1) of tongs-type embossing tool (T).

FIG. 51 is a partial enlarge front side view of the lower tip (1) of tongs-type embossing tool (T).

FIG. 51A is a partial enlarge view of the tip (1) of an embodiment of tongs-type embossing tool (T) showing partial curve shape of parabolic or part of the vertically elongated oval shape.

FIG. 52 is a partial enlarge backside view of the lower tip (1) of the embodiment of tongs-type embossing tool (T) having a slot (2)

FIG. 53 is a partial enlarge right side view of the lower tip (1) of the embodiment of tongs-type embossing tool (T) having slot (2)

FIG. 54 is a partial enlarge top view of the lower tip (1) of the embodiment of tongs-type embossing tool (T) having a slot (2)

FIG. 55 is a partial enlarge right side view of half-round shape tips of three different types of the stylus. No. 1 is stylus (S), No. 2 is magnetic stainless steel stylus (SS), No. 3 is triangle stylus (TS). Right side view of half-round shape tip with both sides of half-round there is a collar or part of collar (17) which is parallel to the horizontal surface of engraving block. The left side view is the same as or mirror image of the right side view.

FIG. 56 is a partial enlarged front side view of half-round shape tips of three different types of the stylus, No. 1 stylus (S), No. 2 magnetic stainless steel stylus (SS), No. 3 triangle stylus (TS). Front side view of half-round shape tip with both sides of half-round there is a collar or part of the collar (17) which is parallel to horizontal surface of engrave block (B). The backside view is the same as or mirrors the front side view.

FIG. 57 is a partially enlarged bottom view of half-round shape tips of three different types of the stylus, No. 1 stylus (S), No. 2 magnetic stainless steel stylus (SS), No. 3 triangle stylus (TS). Bottom view of half-round shape tip with both sides of half-round there is a collar or part of collar (17) which is parallel to the horizontal surface of the engraving block (B), No top view, as the top is join with the body of tools.

FIG. 58 is a partial enlarge right side view of letter “V” shaped tips of three different types of stylus No. 1 stylus (S), No. 2 magnetic stainless steel stylus (SS), No. 3 triangle stylus (TS). Right side view of the letter “V” shaped tip showing that on both side of “V” shape tip there is a collar or part of collar (17) which is parallel to the horizontal surface of the engraving block (B). The left side view is the same as or mirror image of the right side view.

FIG. 59 is a partial enlarge right side view of letter “V” shaped tips of three different types of stylus No. 1 stylus (S), No. 2 magnetic stainless steel stylus (SS), No. 3 triangle stylus. Right side view of the letter “V” shaped tip with both sides of “V” shaped tip there is a collar or part of collar (17) which is parallel to the horizontal surface of the engraving block (B). The left side view is the same as or mirror image of the right side view.

FIG. 60 is a partial enlarge bottom view of letter ‘V’ shaped tips of three different type of stylus, No. 1 stylus (S), No. 2 magnetic stainless steel stylus (SS), No. 3 triangle stylus (TS). Top view of letter “V” shaped tip with both side of “V” shape tip there is a collar or part of collar (17) which is parallel to horizontal surface of engraving block (B). There is no top view, the top portion is join with the body of tools.

FIG. 61 is a partial enlarge right side view of half-round shaped tips of three different types of the stylus, No. 1 stylus (S), No. 2 magnetic stainless steel stylus (SS), No3 triangle stylus (TS). Right side view of tip. The left side view is the same as or mirror image of the right side view.

FIG. 62 is a partial enlarged front side view of half-round shaped tips of three different types of the stylus, No. 1 (S), No. 2 magnetic stainless steel stylus (SS), No. 3 triangle stylus (TS). The backside view is the same as or mirrors the front side view.

FIG. 63 is a partial enlarged bottom view of half-round shaped tips of three different types of the stylus, No. 1 stylus (S), No. 2 magnetic stainless steel stylus (SS), No. 3 triangle stylus (TS).

FIG. 64 is a partial enlarged right side view of letter “V” shaped tips of three different type of stylus, No. 1 stylus (S), No. 2 magnetic stainless steel stylus (SS), No. 3 triangle stylus (TS) Left side view is the same as or mirrors the right side view

FIG. 65 is a partial enlarged front side view of tips of letter “V” shaped tips of three different types of the stylus, No. 1 stylus (S), No. 2 magnetic stainless steel stylus (SS), No. 3. triangle stylus (TS). The backside view is the same as or mirrors the front side view.

FIG. 66 is a partial enlarged bottom view of letter “V” shaped tips of three different type of stylus, No. 1 stylus (S), No. 2 magnetic stainless steel stylus (SS), No. 3 triangle stylus (TS)

FIG. 67 is a perspective view of the embodiment of Triangle stylus (TS) having letter “V” shaped tips, ball shape socket (BH)

FIG. 68 is a front side view of the embodiment of FIG. 67.

FIG. 68 B is a backside view of the embodiment of FIG. 67.

FIG. 69 is a right side view of the embodiment of the FIG. 67. Back view is the same/mirror image.

FIG. 70 is a left side view of the embodiment of FIG. 67 round ball shape socket (BH)

FIG. 71 is a top view of the embodiment of FIG. 67.

FIG. 72 is a bottom view of the embodiment of FIG. 67.

FIG. 73 is a perspective view of the embodiment of FIG. 67. A broken line (II)** is shown from which the Triangle stylus (TS) is cut for a cross-section view. Arrows indicate the direction of sight

FIG. 73A is a perspective view of the cross-sectional view of the embodiment of FIG. 67. The arrows indicate the cut (21) sight.

FIG. 74 is a perspective view of the embodiment of Ball head Ring (R) with ball (18) on the head, cut (21) at the backside of the ring portion.

FIG. 75 is a front side view of the embodiment of FIG. 74

FIG. 76 is a backside view of the embodiment of FIG. 74 open cut (21) at the backside of the ring portion

FIG. 77 is a right side view of the embodiment of FIG. 74 open cut (21) at the backside of the ring portion

FIG. 78 is a top view of the embodiment of FIG. 74. Bottom side view is same as or mirrors the top view

FIG. 79 is a right side view of the assembly line of Triangle stylus (TS) with self-adjustable finger size ball head ring (R). The arrow shows the direction of movement.

FIG. 80 is a right side view of assembled Triangle stylus (TS) with self-adjustable finger size ball head ring (R)

FIG. 81 is a backside view of assembled Triangle stylus (TS) with self-adjustable finger size ball head ring (R). The arrows show the rotating movement of Triangle stylus. (TS)

FIG. 82 is a perspective view of the embodiment of plastic stylus. (S) The middle handle (23) has a corrugated shape, stylus point is bent like the letter “Z” shape.

FIG. 83 is a front side view of the embodiment of FIG. 74. Backside view is the same as or a mirror image of the Front view.

FIG. 84 is a right side view of the embodiment of FIG. 74. Left side view is the same/mirror view as right side view.

FIG. 85 is a top view of the embodiment of FIG. 74.

FIG. 86 is a Bottom view of the embodiment of FIG. 74

FIG. 87 is a perspective view of the embodiment of an elongated magnetic stainless steel/ferrous metal stylus (SS). has half-round tips. (1), knurling (3)

FIG. 88 is a front side view of the embodiment of FIG. 87 The backside view is the same/mirror view as a Front side view.

FIG. 89 is a Right side view of the embodiment of FIG. 87. The left side view is the same/mirror view of the Right side view.

FIG. 90 is a TOP view of the embodiment of FIG. 87.

FIG. 91 is a Bottom view of the embodiment of FIG. 74

FIG. 92 is a front side view of the embodiment of FIG. 74 The backside view is the same/mirror view as a Front side view.

FIG. 93 is a Right side view of the embodiment of FIG. 74 has letter “V” shape tips. The left side view is the same/mirror view of the Right side view.

FIG. 94 is a TOP view of the embodiment of FIG. 74 has letter “V” shape tips.

FIG. 95 is a Bottom view of the embodiment of FIG. 74 has letter “V” shape tips.

FIG. 96 is a perspective view of embodiments of the magnetic head Ring. (R), magnet (M), cut (21).

FIG. 97 is a front side view of the embodiment of FIG. 96.

FIG. 98 is a Backside view of the embodiment of FIG. 96.

FIG. 99 is a right side view of the embodiment of the FIG. 96 Left side view is the same/mirror view as Right side view.

FIG. 100 is a TOP view of the embodiment of FIG. 96. The bottom view is the same/mirror view as Top view.

FIG. 101 is a Front side view of the version of the embodiment of FIG. 96 has Round shape Magnet (M).

FIG. 102 is a side view of card paper (P) pressed in between engrave block (B)) having “V” shaped channel and stylus (S). using letter “V” shaped tip with side extension (17)

FIG. 102A is an enlarge partial side view of card paper (P) pressed in between engrave block (B) in “V” shaped channel and stylus (S). Tip of letter “V” shape with side extension. (17)

FIG. 102B is a side view of card paper (P) bent (F) creating an embossed line in the letter “V” shape.

FIG. 103 is a side view of card paper (P) pressed in between engrave block (B) having a half-round shape channel and Triangle stylus's (TS) tip of half-round shape.

FIG. 103A is an enlarge partial side view of card paper (P) pressed in between engrave block (B) in half-round shape channel and Triangle stylus's (TS) tip of half-round shape.

FIG. 104 is a Round Pressure plate (PP), knurling (3), through the hall at off-center (6) pressure number on the surface dial (19)

FIG. 105 is an oval-shaped Pressure plate (OPP), knurling (3), through the hall at off-center toward the small size of an oval (6), pressure number on the surface dial (19)

FIG. 106 is a screw that has a half thread and countersunk head. (20)

FIG. 107 is a screw that has a half thread and countersunk head. (20)

FIG. 108 is Two hexagonal nuts (8)

FIG. 109 is Two bolts (7) has half thread and countersunk head

FIG. 110 is an Eight full thread nut. (21) without head/grub screw.

FIG. 111 is a view shows the tongs-type embossing tool (T) held in hand in between thumb and fingers and both arms of the tool pressed by thumb and fingers for making embossed art on paper and other media. The arrow shows the movement of both arms. (1)

FIG. 112 is a photocopy of Embossing art done on card paper. Art was done by using a tongs-type embossing tool with other embossing tool. One can easily notice the variation of the width of the line in between two letters “L” shaped line and the sharp end of the embossing art line.

* (I) number 1 in roman language

** (II) number 2 in roman language

REFERENCE CHARACTER

-   -   T Tongs-type embossing tool.     -   PP Pressures Plate. Round shape     -   A angle     -   P paper or embossing media     -   F an embossing line form.     -   T1 Tongs-type embossing tool wherein the upper arm has been         convex to outer side curve shape.     -   T2 Tongs-type embossing tool where upper teeth are larger         vertically in length.     -   RP Rubber type plastic gripper on the arms of tongs-type         embossing tool.     -   PT Tongs-type embossing tool made of full plastic.     -   B Embossing tool holder-cum-Engrave Block.     -   RG half-round Groove.     -   VG letter ‘V’ shape Groove.     -   LG letter ‘L’ shape Groove.     -   I Roman letter number 1     -   II Roman letter number 2     -   AT Attachable embossing tooth type tips.     -   TS Triangle Stylus.     -   BH hole of round ball shape.     -   R finger Ring.     -   S Plastic stylus.     -   SS Magnetic stainless steel/ferrous metal stylus.     -   M Magnet round/rectangle     -   OPP Oval-shaped Pressure Plate.

REFERENCE NUMBERS

-   -   NO. 1 Embossing Tips,     -   NO. 2 slot,     -   NO. 3 Knurling,     -   No. 4 Number pointer,     -   No. 5 Three through-holes,     -   No. 6 one off-center through the hole on pressure plate,     -   No. 7 Balthazar half thread and countersunk round head,     -   NO. 8 hexagonal nuts,     -   NO. 9 curve on the upper arm,     -   No. 10 longer tip of Upper arm of the tong embossing tool     -   No. 11 rib portion of plastic tongs-type embossing tool,     -   No. 12 Hard material holding stripe,     -   No. 13 Countersunk head half thread screws,     -   No. 14 four through the hall with countersunk on the top surface         end,     -   No. 15 Nonskid rubber-type base resting support,     -   No. 16 Full thread hole,     -   No. 17 Horizontal extension on both side of tips,     -   No. 18 Ball on the head of finger Ring,     -   No. 19 Number marking on Pressure plate,     -   No. 20 half thread and countersunk round head mounting screws,     -   No. 21 Cut on finger Ring,     -   No. 22 Machine thread grub screw,     -   No. 23 Corrugated-type middle gripper part of the plastic         stylus,     -   No. 24 Colored marking indication for the upper arm of the tong         embossing tool     -   No. 25 two full thread hole for mounting of tongs embossing         tool.     -   No. 26 metal washer.

DETAILED DESCRIPTION OF THE INVENTION

The Prior-art of paper embossing tool's patents as per patent search.

1. Pat. no.; U.S. Pat. No. 6,446,549 B1 Date of the patent; Sep. 10, 2002 Inventor; Carla B. Soucie Title; HAND-HELD Peter w. Soucie EMBOSSING TOOL 2. Pub. no.; US 2005/0279230 A1 Pub. Date; Dec. 22, 2005 Inventor; Lee Chung H, Jong Her city Title; EMBOSSING STYLUS (TW) 3. Pat. no.; US 20050279231 A1 Date of Patent; Dec. 22, 2005 Inventor; Lee Chung H. Title; EMBOSSING STYLUS

Referring to the Figures from above-patented embossing tools there are shown examples of the Prior-art and a preferred but not only, embodiment of the invented embossing tool.

All the above patents are for an embossing stylus-use with the template, All tips are Round, Sphere shape,

Prior-art drawing page 1A FIG. 2 of U.S. Pat. No. 6,446,549 B1 the tool is preferably a two-ended embossing tool, wherein each end has a differently-sized roller ball that rotates/rolls in all directions inside a retainer. Each roller ball is biased outward, by a detent-style spring unit. that has been used in the past and present with the template for hand-embossing of paper

Prior-art drawing page 2 A FIG. 3a of U.S. Pat. No. 6,446,549 B1 is a cross-section view of an elongated stylus showing spring mechanism and ball, FIG. 3b is an enlarged detail view of the ball, spring, and retainer,

Prior-art drawing page 3 A FIG. 4 of U.S. Pat. No. 6,446,549 B1 shows the paper rest on the template and an elongated stylus sliding in the groove of half-round depth by Appling manual pressure on said invented stylus.

Prior-art drawing page 4 A FIG. 5 of U.S. Pat. No. 6,446,549 B1 shows the enlarged view of how ball tip works on paper (P) emboss in the groove of a template (T).

Prior-art drawing page 5 A FIG. 6 of U.S. Pat. No. 6,446,549 B1 shows more enlarged view of tip assembly and detail of parts. where spring and ball are only moveable part in stylus.

Prior-art drawing Page 1B FIG. 1a and FIG. 1b of Patent no.; US 2005/0279230 A1 show a conventional stylus wherein tip fix in wooden or plastic handle with ball shape tips that have been used in the past and present with the template for hand-embossing of paper,

Prior-art drawing page 1C of patent no.; US 20050279231 is drawing of stylus for embossing design, The stylus has a central body portion, a removable embossing tip, having at list one embossing point and spring biasing mechanism. The spring biasing mechanism is disposed on one end of the central body portion, and configured to contact the removable embossing tip, biasing the embossing point in an outward direction away from the center body portion, such that the embossing point can be used to emboss the desired design. The drawing show the assembly of point tip in an enlarge view wherein detailed of point tips and spring barrel holder.

Prior-art drawing page 2C FIG. 3 of patent no.; US 20050279231 shows the cross-section of changeable tips stylus.

Prior-art drawing page 3C FIG. 4 of patent no.; US 20050279231 shows the detail of changeable stylus tip, FIG. 5 shows the fixing of the tip into the stylus body. The tip has two different size tips on each top and bottom.

In the process of embossing one has to rest the paper on the template and hold it with one hand and with the other hand press stylus tip and moving or rubbing on the paper to find channel then guide stylus tip into the channel to emboss design in the template. In this process an embossing line always be half-round deep shape, width of embossing line always be same because of shape of stylus tip is round and shape of channel groove is half-round, design always be what is on template, you cannot create your own design,

Some of the limitations of those prior inventions of embossing tools are;

-   -   Stylus tip are ball shape only, the depth of the embossed line         always half-round or less than half-round curve shape,     -   Stylus work with template only,     -   Channel groove finding by pressing and sliding stylus on paper         by guesses,     -   Stylus slide in the channel of the template,     -   Stylus always follows designed in the template,     -   The width and depth of the embossing line did not vary.     -   The starting point and endpoint of the embossed line is like a         half-round,     -   One has to apply pressure all the time manually on the stylus.

The present invention is a hand-held and fixable tool for creating your own beautiful drawings and design art embossing on card paper or similar material like aluminum foil, copper foil, plastic paper and printed paper. New methods of performing the embossing art.

The present invention of the embossing tool is like Tweezers shape or Tongs shape. The end portion of two open arms of Tongs is bent inward to face each other. The bending angle (A) in figure No. 7 is more than 95 degrees. That works as two teeth upper and lower. the teeth are tapering in shape from base to tip (1). edge, taper from all four sides. the lower tip the same as the upper tip and/or has a projection slot (2) below the edge of the tip, the distance between tip to project slot is between 0.75 mm to 1.5 mm. Depending upon the size and bending of teeth of tongs-type embossing tool, if the bending angle is more than 110 degree and tool length size is small e.g. less than 8″ than there is no slot, this slot stops the upper tip to going further down and band the paper from that point, the edges of tips are not razor sharp but round, so paper does not cut while being pressed in between two tips. Both tips touch each other like front and back. The lower tip is outside and the upper tip is inside so the embossing line of letter “L” shape forms on the paper and when either the paper or the tongs-type embossing tool is turned upside down the letter “L” shaped form in mirror shape. In between these two “L” shaped lines the embossing art line forms in the desired width and also where two “L” shaped emboss lines meet side by side a sharp-pointed art line is created. when the single “L” shaped line's both end joint the inside of drawing will be embossed.

The tips on the teeth made into the shape of half vertical oval shape or half-round shape tips (1), Hold tongs-type embossing tool in hand the thumb is on the upper arm and four fingers in under lower arm, Applying pressure on both spans in between thumb and fingers. so both tips come together and in between both tips, the card paper will be pressed to create an embossing line by holding card paper on the other hand and sliding tongs-type embossing tool on the paper. The embossing line in letter “L” shape deep and by rotating either tongs-type embossing tool or paper upside down the emboss line form in mirror/reveres of letter ‘L’ shape deep. In between two ‘L’ shape lines, the embossed line is formed so one can make the desired width of embossing line art. where two “L” shape line meets the pointed end of line form.

This Tongs embossing tool one can use it anywhere and in seating, standing, and sleeping position in hands without template or engrave channel block-cum-holder, use in-between thumb and fingers, The Tongs embossing tool is made of steel metal. The Tongs embossing tool also made of plastic (PT) and also made of plastic and metal combine (RP) in various size and shape but the shape of tips on the teeth type point remains the same, hence the art line embossing remains same. The present invention of embossing tool where knurling (3) on outer side of both span or soft plastic for better holding of embossing tool and one pointer mark (4) on top of upper span and three through-hole (5) at the joint of two-span first hole for attachment of pressure plate (PP) and last two-hole for mounting or fixing tongs-type embossing tool on wooden block or on the tabletop.

The present invention includes attachment of pressure plate (PP) on the hole (5) at the joint of two arms using nut and bolt (7) and then fix the embossing tool using rotating hard metal stripe (12) of FIG. 15 on engraving-cum-holder block (B) or on wooden block or on table-top using last two-hole (5) of embossing tool and screw (13). to stand the tongs-type embossing tool hold firmly. Pressure plat work only In this holding stationary position, for easy movement of paper and to rid of manual pressing on both the span of embossing tool one has to firmly fix the tongs-type embossing tool with attached pressure plate, The pressure plate is only moveable part in tongs-type embossing tool.

By rotating pressure plate on fixed tongs-type embossing tool from number 0 to 6 (20) the pressure will generate on the upper arm of the embossing tool while the lower arm is stationary. the benefit of controlled pressure one will get even depth or bump of embossing line all the time. both hands are free to moving card paper for desire drawing line direction for beautiful embossing design arts.

The only limitations are the size of the paper depends on the length of the tongs embossing tool where the size of the paper is bigger than the length of the tongs-type embossing tool. Larger-sized paper cannot rotate a full 360 degrees because the paper stops at the joint of two arms of tongs-types embossing tool. The present invention of tongs-types embossing tool wherein two more versions of the tongs-type embossing tool one the half-round type curve shape of upper span to accommodate the slightly bigger size of card paper by folding or rolled in extra space between two arms of the embossing tool. In the second version of the embossing tool wherein the height or length of the upper teeth is more than usual to accommodate the somewhat bigger size of card paper by folding or rolled in extra space between two arms of the embossing tool.

The present innovation of Engraved template Block-cum-holder of Tongs-type embossing tool. wherein hard metal rotting stripe plate and slot on end of the top surface in the center of the small side of rectangle block, it is a quick, easy and firmly held tongs-type embossing tool under the strip. the other way of mounting tongs-type embossing tool is to use two-hole of tongs-type embossing tool at the joint end of two arms with screws on a wooden block or on table-top. wherein the engraving channel of the straight-line groove, curve line groove, French curve line groove in half-round shape wherein depth of channel are in letter “V” shape deep, and the letter “L” shape deep and half-round shape. Engraving channels are on top surface of block. And on the edge of engrave channel the printing of borderline on the top surface in transparent color blue for half-round groove, color green for letter ‘V’ shape groove and color red for letter ‘L’ shape groove, the present invention of engrave block when rest on aluminum/silver foil or on the light box the printing line can be seen through paper this will help to find groove and easy to match with pencil drawing line on the paper and do embossing with stylus which is on index finger, the engraving block-cum-holder has base with two strips of non-skid rubber and four through-holes for fixing engrave block with screw-on wooden block/table-top, the engrave template block is made of transparent plastic to use on light box or light can be placed at the side of block or put alumina/silver foil under the block for light reflect/pass through.

The present innovation of Plastic stylus for embossing on paper with engraving block . . . the vertical height of stylus is 4 inches and width ⅜ inch. and the shape of stylus like letter “Z” at both ends of the stylus has two tip same shape of different sizes. Both tips band in the opposite direction from the middle. The bending helps to see the backside of stylus thus help to follow drawings on media by slide stylus and moving paper. the middle holder part is like a corrugated designee to press and hold stylus properly. The stylus is made of plastic molded material or forged metal. The plastic is cost-saving and easy for mass production. Metal is good for the environment and more durable.

The present innovation of Triangle stylus has three different sizes of tips each at the three angles of the triangle, the triangle stylus hold/wear in finger with ball head self adjust the ring. The stylus rotates at the ball joint so one can easily select tips from three tips. The stylus and ring are made of plastic, Triangle stylus also is made of magnetic steel, ferrous metal material with slight variation and using with the magnetic head ring. The advantage of holding the stylus in a finger is that one does not have to pickup styles so often while working on engraving block/template for embossing design art.

The present innovation of Magnetic Stainless steel or ferrous metal stylus or combine with plastic and magnetic steel together, the stylus is like a vertical strip shape with both ends having different size or shape points. This stylus also holds in finger with magnetic head self-adjusting finger-ring. The stylus is made of magnetic stainless steel metals and or magnetic steel and plastic. The finger ring is made of plastic and magnet. The advantage of holding the stylus in the finger that one has not to pickup styles so often while working on the art of embossing.

Magnetic Stainless steel or ferrous metal stylus is durable and useful on thicker and stiff card paper media where more pressure is required for embossing art.

Some of the existing problems are solved in the present invention of hand healed tongs-type embossing tool which also gives more benefit to the artist while operating embossing tools and trying to make easy operation.

The following are the benefits:

(1) Easy to create with desired width in between two emboss line by drawing two separate letter “L” shaped lines FIG. 11 C,

(2) By joining two emboss lines one can create a Pointed end drawing a line or design FIG. 112

(3) This Tong's type handheld embossing tool can be used in seating, standing and sleeping positions,

(4) Easy to carrying in a pocket or in the handbag. When using Tongs embossing tool with pressure plate it must be mounted on engraving block or on any woodblock by screw in a hole located at the joint of two arms than doing embossing art the pressure plate will give desire pressure by alien number (19) on pressure plate with pointer mark (4) on Tongs embossing tool's upper arm to get throughout even emboss line, artist can move card paper easily without applying manual pressure while free both hand in any direction to create embossing line. For reverse L-shaped embossed line one has to turn card paper upside down. FIG. 11C

The prior existing invention of stylus's tips are round ball shape. Stylus tool ball tip press over card paper on the top of a template with open channels on the designs of template to emboss. While applying pressure on round ball tip stylus into the half-round channel the paper is lifted up from both the side of the ball tip and emboss line are not sharp at edge of half-round emboss line. The end of the lines is a half-round shape not pointed. The advantage of present invention is that the stylus tips of half-round and letter “V” shape has a straight collar shape at both sides of half-round and letter “V” shaped tips that prevents card paper from lifting up from both sides, one can create pointed end of embossing line by rotating stylus tip in a groove which will help to give sharp edge to emboss art line At the end of embossing line.

The present invention of the stylus tips is not in ball shape it is flats and taper from four side at tip's, shape of half-round curve, half-oval curve and letter ‘V’ shape to make various size and shape of embossing artwork on paper, with this stylus artist can do embossing like Calligraphic letter drawing by twisting stylus in a groove channel and by twist, the stylus at the end line of drawing art one can create pointed embossing line at end.

The dimensions are;

-   -   The size of the tongs tool arm's length within a range of about         4 inch to 15 inch     -   The width of the tongs tool arms within a range of about ⅜ inch         to ⅝ inch     -   The thickness of the tongs tool arms made of metal within a         range of about 1/64 inch to 3/64 inch     -   The thickness of the tongs tool arms made of plastic within a         range of about 3/32 inch to 3/16 inch     -   The width of the tip of the tongs tool within a range of about         3/32 inch to 5/32 inch     -   The teeth type tip's height of arms bent within a range of about         ⅛ inch to 1 inch     -   The open space in between two tips of tongs tool within a range         of about ⅛ inch to ¼ inch     -   The diameter of the pressure plate within a range of about 1         inch to 2 inch     -   The major radius of oval pressure plate within a range of about         ⅝ inch to 1¾ inch     -   The size of engraving block-cum-holder of tongs embossing tool         within a range of about 4×6 inch to 8×12 inch,     -   The thickness of engraving block-cum-holder of tongs embossing         tool within a range of about ⅜ inch to ½ inch,     -   The size of the tips of all stylus within a range of about         height 1/16 inch to 3/16 inch and width within a range of about         1/16 inch to 3/16 inch. without side extension,     -   The height and width and shape of the groove channel are 1/32         inch bigger than the size of stylus's tips.     -   The size of ball head and magnetic head ring is within a range         of about us no. 3 to us no 8 adjustable.     -   The size of ball of ball-head ring is about ⅛ inch diameter to         3/16 inch diameter     -   The size of magnet of magnetic-head ring is about ¼×⅜ rectangle         and 5/16 diameter of round magnate.     -   The size of the triangle stylus within a range of about 1.25         inch to 2 inch each side of the triangle.     -   The thickness of the triangle stylus within a range of about         3/16 inch to ¼ inch     -   The size of the plastic letter ‘Z’ shape stylus within a range         of about 3.5 inch to 5 inch in height.     -   The thickness of the letter ‘Z’ shape stylus made of plastic         within a range of about 3/32 inch to ¼ inch     -   The vertical height of Magnetic stylus within the range of about         2.5 inch to 4 inch in length     -   The width of Magnetic stylus within the range of about 5/16 inch         to ½ inch     -   The thickness of Magnetic stylus within the range of about 1/16         inch to ⅛ inch in length     -   All other dimension changes according to the height and length         of the tools.     -   The hardness of the material used for manufacturing above         invented tool depends on     -   theirs all oversize's and purpose of use.     -   The invited embossing tools are recommended for children above 5         years and for any attachment please take help from an adult         person.     -   The embossing tools do not contain any liquid or corrosive         material, or any razor-sharp points, edges, corners or tips.

SEQUENCE LISTING

Not Applicable

PATENT CITATIONS (3)

Priority Publication Publication number Date Date Assignee Title (1) U.S. Pat. No. 6,446,549 B1 Nov. 16, 2000 Sep. 10, 2002 Carla B. Soucie Hand-held Embossing Tool (2) US 2005/0279230 A1 Jan. 17, 2004 Dec. 22, 2005 Chung H. Lee Embossing Stylus (3) US 2005/0279231 A1 Jun. 17, 2004 Dec. 22, 2005 Chung H. Lee Embossing Stylus 

We claim:
 1. A hand-operated tongs-type an embossing tool system comprises a moveable pair of arms are open/apart at one end and jointed at the other end; the said arms taper from the jointed to the open end; the said arms at the open end are bent inward thus the open-end tips of the arms face each other as an upper tip and a lower tip; the media is press in-between the said tips by applying pressure on the arms to form an embossing line in letter ‘L’ shape; pressure apply on both arms by a thumb and a finger or by rotating a pressure plate on the jointed arms while the embossing tool system is in fixed/attached to on an engraved plastic template block-cum the embossing tool holder; the jointed end of the arms has three through-drilled holes; the first hole has a countersink from the bottom side; the pressure plate of either round shape or an oval shape is riveted and rotate on the said hole; the second and the third drilled holes have a countersink on the top surface; the said two holes are used for screwing-in and fixing the said embossing system on a plain surface like a wooden tabletop; a small colored mark on the upper arm for distinguish from the lower arms, a long pointer arrow mark on the upper arm near the joint of the two arms; the engraved plastic template block cum-embossing tool holder comprises a rotating rectangular metal plate on the top surface at the center and near the end of the small side of the block; the lower arm of the tongs embossing tool is held/fix under the said plate; an attachable vertical upper and lower tip attached on both the arms near the bent of open arms of tongs-type embossing tool system to form the round shape and letter ‘V’ shape embossing line on media.
 2. There are multiple embodiments of the tongs-type embossing tool system of claim 1, comprise (1) the upper arm bent in to convex curved shape; (2) the upper arms having a tooth type-type tip of a greater height thus permitting large-size embossing media to rolled in to the space in between the two arms.
 3. The tongs-type embossing tool system of claim 1, wherein the open end of the arms are bent inward and toward each other forming the tooth-shaped embossing tips the said tips have the a half circle/half beggar radius of oval curve tips the lower arms has a slight projected step; the upper tip bent inward to the lower tip; the upper tip touch the step on the lower tip and the said both tips touch each other in the front and back; the said tips taper from all four side from base to the half-circle edge of the tips; the edges of the tips are not razor-sharp but are blunt and smooth finish, the sheet of the media press in between the said tips.
 4. A rotating pressure plate attached on the tongs-type embossing tool system of claim 1, comprises a hard material either the round shape or the oval-shape, said flat plate type pressure plate is riveted on the joint of the two arms; a number dial on the top surface; the pressure plate rotates in clockwise or anti clockwise direction; an off-center through-hole at number ‘0” of the dial is toward the circumference of the round shape pressure plate and on the oval shape pressure plate the hole at number ‘0” of the dial is located on the major axis of the oval shape and toward the circumference; a vertical knurling on the outer side circumference of the pressure plate; the pressure plate is made of hard material.
 5. The attachment of vertical upper and lower tip attached on both the arms near the bent of open arms of tongs-type embossing tool system of claim 1, comprise the half-circle curved-shaped tip and the letter ‘V’-shaped tip at one end of vertical-shape attachable-tip; the tips are either with side extension collar guide or without side extension collar guide; the opposite side of the tip is rectangular shape have a slot from one side to other side, the two full-thread holes in each side pf the slot; the tips are tapper in shape from the four side of the rectangular base to the edge of tip; the attachable-tip is in pair of two tips like male-female die fix into each other shape, the media press in-between for embossing; the attachable tip is made of metal and plastic.
 6. The engraved plastic template block cum-tongs type embossing tool system holder Comprises a rotating rectangular metal plate on the top surface at the center and near the end of the small side of the block which held/fix the lower arm of the tong-type embossing tool system of claim 1, under the plate in between two small rectangle plastic peace; the said metal plate rotates above these two pieces of plastic.
 7. The engraved plastic template block cum-tongs type embossing tool system holder wherein an engrave groove channel of various grove shape on the top surface namely half-round, letter ‘V’-shape and letter ‘L’-shape; the engrave channel has a different width, size and shape, the shape include straight line, French-curve shape and circle.
 8. The engraved plastic template block cum-tongs type embossing tool system holder wherein an engrave groove channel has a transparent colored border printed on both the side edge of the channel groove; the color used except black and white; each color is for each shape of groove; the four through-drilled holes from top surface to bottom near the four corners of the rectangle block the said holes have the countersink at the top surface; the two non-skid rubber stripes at the base bottom; all the corner and edges are rounded and smooth; plastic engrave block is made of transparent, semitransparent and color material,
 9. A triangle-shaped stylus use with the engraved plastic template block cum-tongs type embossing tool holder of claim 6, comprises the three differently sized tips of the same shape at the three corners of the triangle; the tips are in two shape, the half-round curved shape and the letter ‘V’-shape; the tips are either with side extension collar guide or without side extension collar guide; the tips are taper from the base of the triangle form a thin edge of the tips; the edges of the tips are blunt and smooth finish; the tips are made as per the shape of the groove in the channel of the engrave block of claim 6, so that the tips slide in to the groove smoothly; the triangle stylus is made of plastic has a ball socket hole on one side at the center of the triangle where ball head finger ring attached to the stylus.
 10. A letter ‘Z’-shape stylus use with the engraved plastic template block cum-tongs type embossing tool holder of claim 6, comprise two tips at the both end of stylus; the stylus is like strip and both portion of the tip's base are bent into a letter ‘Z’-shape from the middle holder portion of stylus; the middle holder portion of the stylus has corrugated shape and slightly broaden at the center; the tips are in two shape, the half-round curved shape and the letter ‘V’-shape; the tips are either with side extension collar guide or without side extension collar guide; the tips are taper from the base of the triangle form a thin edge of the tips; the edges of the tips are blunt and smooth finish; the tips are made as per the shape of the groove in the channel of the engrave block of claim 6, so that the tips slide into the groove smoothly; letter ‘Z’-shape stylus is made of plastic.
 11. a magnetic steel/ferrous metal stylus of a vertically elongated strip shape use with the engraving block-cum tongs embossing tool holder of claim 6, comprise two tips at the top and bottom, both of different size and shape; the tips are in two shape, the half-round curved shape and the letter ‘V’-shape; the tips are either with side extension collar guide or without side extension collar guide; the tips are taper from the base form to the edge of the tips; the tips are made as per the shape of the groove in the channel of the engrave block of claim 6, so that the tips slide into the groove smoothly; the tips are not razor-sharp but are blunt and smooth finish; the magnetic stylus sticks on to the magnet-head finger ring; the magnetic stylus is made of magnetic steel/ferrous metal.
 12. A ball-head finger ring to stick on embossing stylus having ball socket comprise a projected ball on the top of the finger ring's head, said ball presses into the ball-socket of the embossing plastic stylus thus the embossing stylus stick to the finger ring; the ball-head finger ring has a cut on the backside of the head in the ring portion so the size of finger ring adjust accordingly to the size of finger; the ball-head finger ring is made of plastic.
 13. A magnet-head finger ring comprise rectangle shape or round shape magnet on the top of the finger ring's head thus stylus use for embossing is made of magnetic/ferrous metal stick to the magnet of the finger ring; the magnet-head finger ring has a cut on the backside of the head in the ring portion so the size of finger ring adjust accordingly to the size of finger; the magnet-head finger ring is made of plastic and magnet. 